Improved seismic data quality in the last 10–15 years, innovative use of seismic attribute
combinations, extraction of geomorphological data and new quantitative techniques have …

Seismic coherence is of the essence for seismic interpretation as it highlights seismic
discontinuity features caused by the deposition process, reservoir boundaries, tectonic …

Paleokarst systems are found extensively in carbonate‐prone basins worldwide. They can
form large reservoirs and provide efficient pathways for hydrocarbon migration, but they can …

This paper analyzes different types of karst landforms and their relationships with fracture
systems, sedimentary bedding, and fluvial processes. We mapped karst features in the …

Along with horizon picking, fault identification and interpretation is one of the key
components for successful seismic data interpretation. Significant effort has been invested in …

One of the key components of traditional seismic interpretation is to associate or “label” a
specific seismic amplitude package of reflectors with an appropriate seismic or geologic …

Conventional geological modelling methods are not capable to provide precise and
comprehensive model of the subsurface structures, when dealing with insufficient data …

Superposed events of rock exposure, fracturing, and the hydrological dynamics, are key
elements that influence epigenic karstification in carbonate reservoirs. However, they are not …

Interpreters face two main challenges in seismic facies analysis. The first challenge is to
define, or “label,” the facies of interest. The second challenge is to select a suite of attributes …

With the rapid development in seismic attribute and interpretation techniques, interpreters
can be overwhelmed by the number of attributes at their disposal. Pattern recognition-driven …